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the graphene layersleadingto a strong anisotropy of the electrical and thermal conductivity in the graphite crystal
microscopic structurescomposedof graphite - like carbon
4. leadThe highly thermally conductive graphite blocks
atomic sheets of carboncontributethe graphite 's [ [ conductivity
to be ultra - efficient and flexible(passive) are designedGraphite plate heat exchangers
Over the last fifteen yearsdiscoveredthe astonishing thermal capabilities of graphite
The pi orbital electrons delocalized across the hexagonal atomic sheets of carboncontributethe graphite 's conductivity
The pi orbital electrons delocalized across the hexagonal atomic sheets of carboncontributeto graphite 's conductivity
an anodecomposedof silicon ( instead of graphite
scientistsdiscoveredfullerenes in graphite
potential contaminantsoriginatingfrom the graphite heaters
Negative electrode A battery negative electrodeis composedof carbon ( graphite graphite
by the improvement of electrical conductivity(passive) caused byelectron thermal conductivity
shape or form or pattern(passive) could be influenced byGraphene thermal conductivity
delightedto discoverVeneziana Desiderio in Graphite
the imaginary modes ... propagonscontributenegligibly to the thermal conductivity
a plaster formpaintedwith conductive graphite
factorsinfluencingthermal conductivity of nanofluids
in migmatized biotite - bearing quartz - feldspar gneiss belonging to the Nault Formation of the lower Proterozoic Gagnon Group(passive) is setGraphite mineralization
by having increased phonon scattering at the carbon and the non - carbon material boundary(passive) caused bythermal conductivity
High - Speed Milling MachinesDesignedfor Graphite Moldmaking
by lattice scattering(passive) caused bythermal conductivity
by the increase of the graphene mass concentration(passive) caused bythermal conductivity
the structureinfluencedthermal conductivity
of planes of polycyclic carbon atoms that are hexagonal in orientation(passive) is structurally composedGraphite Graphite
of planes of polycyclic carbon atoms that are hexagonal in orientation(passive) is structurally composed Graphite Graphite
by porosity(passive) caused bythermal conductivity
originally(passive) was ... designedGraphite Graphite
by a lattice(passive) caused bythermal conductivity
Searchresultsfor : ' Graphite Graphite
by water(passive) caused bythermal conductivity
Permeability ... the most important propertiesinfluencethermal conductivity
by defects such as dislocations(passive) caused bythermal conductivity
by large(passive) caused bythermal conductivity
also(passive) is ... influencedThermal conductivity
by thermal expansion(passive) caused bythermal conductivity
small grain sizeinfluencesthermal conductivity
Compressioninfluencingthermal conductivity
its saturation and dry density(passive) is influenced bythermal conductivity
Grain measurement was foundto ... influencethermal conductivity
panelledpanel
on the capacity fade of the cellresultson the capacity fade of the cell
in a fairly good ated continuously by the CRT principleresultingin a fairly good ated continuously by the CRT principle
in simultaneous exfoliation and chemical reductionresultingin simultaneous exfoliation and chemical reduction
intensity(passive) caused byintensity
through the contacts platesleadthrough the contacts plates
for SEM sample preparationprimarily designedfor SEM sample preparation
graphite ore companiesdesignedgraphite ore companies
other issuescausesother issues
from the high hole concentrationmainly originatingfrom the high hole concentration
SpecificallydesignedSpecifically
alsoresultsalso
in early post - placement discomfort from hot and coldmay resultin early post - placement discomfort from hot and cold
of stacked graphene sheets of linked hexagonal ringsis composedof stacked graphene sheets of linked hexagonal rings
of stacked graphene sheets of linked hexagonal ringsis composedof stacked graphene sheets of linked hexagonal rings
of stacked sheets of linked hexagonal ringsis composedof stacked sheets of linked hexagonal rings
of stacked sheets of linked hexagonal ringsis composedof stacked sheets of linked hexagonal rings
in China originatingin China
of a sheet of linked hexagonal ringsis composedof a sheet of linked hexagonal rings
of a sheet of linked hexagonal ringsis composedof a sheet of linked hexagonal rings
of a sheet of linked hexagonal ringsis composedof a sheet of linked hexagonal rings
to best possible transfer of calorific heat from the PV panel 2 to the thermal collector 3 via conduction and convectionleadsto best possible transfer of calorific heat from the PV panel 2 to the thermal collector 3 via conduction and convection
in China Latestoriginatingin China Latest
to a major share of the total outputcontributeto a major share of the total output
for using in high performance industriesdesignedfor using in high performance industries
at LAECdesignedat LAEC
of a single elementcomposedof a single element
at LAECdesignedat LAEC
Hiiro to start becoming closer with EmucausedHiiro to start becoming closer with Emu
for molten iron contactspecifically designedfor molten iron contact
with a pour spout for easy pouringDesignedwith a pour spout for easy pouring
Carbon pen , ink in the pen core(passive) is mainly composedCarbon pen , ink in the pen core
to unsatisfactory rate capability and poor cycling stabilityleadingto unsatisfactory rate capability and poor cycling stability
in a low transition or contact resistanceresultsin a low transition or contact resistance
in significant reduction in cycle time and improvement in product qualityresultingin significant reduction in cycle time and improvement in product quality
to a higher ZTleadsto a higher ZT
reduction of temperaturecausesreduction of temperature
to decrease temperaturesleadsto decrease temperatures
to enhanced thermoelectric leadingto enhanced thermoelectric
in reduce temperaturesresultsin reduce temperatures